Abstract:
With a massive number ofwireless devices being linked to the system, the requirement
for very extraordinary data rates and extremely short latency with ultra-high reliability
is becoming more and more perplexing. And with such thickness of network nodes, it
is a huge task to provide extensive coverage and high quality service in indoor
environments. Femtocell, a new auxiliary in the small cell technology, acts as an
extension to the present outdoor macrocell with the aim of providing quality indoor
coverage. However, huge deployment offemtocell network in the non-appearance of
proper network planning and coverage strategy makes it tough to maintain the
preferred quality of service. Moreover, the service offemtocell in densely deployed
heterogeneous network is faced by interference, undesirable handover and signalling
overhead in the system. Femtocells are base stations that are running consuming low
power, which are communicating within a licensed spectrum with the intention of
providing improved coverage, performance ofvoice and better broadband service. The
utilization of cell phones, tablets, and different remote gadgets is winding up
progressively common and is driving the requirement for advancements in remote
information innovations to give greater limit, higher speed associations, and higher
nature of administration. Femtocells can give a helpful method to versatile
administrators to offer a superior client encounter and convey broadband
administrations inside reliably and dependably for an equivalent setting of use,
separations, and obstructions. In this survey report we will conduct a qualitative
analysis offemtocell performance in comparison with macrocell. This report will be
concluded with a simulation based result as a proofofperformance evaluation.
